Freescale Semiconductor MC9S08DZ128CLF LQFP(48) Device

Adapters for Automated Programmers

Adapters for Manual Programmers

Adapters for Engineering Programmers

Last Updated: 05/18/2023

IMPORTANT: This algorithm supports only half the EEPROM in the memory map [$3C00-$3FFF]. The EEPROM is configured in 8-byte sector mode (EPGMOD=1)during all operations. The following describes the Data Pattern setup: Addresses [$2180-$3BFF] are FLASH PPAGE-0. Only 6784 Bytes are supported in PPAGE-0. Addresses [$3C00-$3FFF] are EEPROM. Addresses [$4000-$7FFF] are FLASH PPAGE-1. Addresses [$8000-$A17F] are FLASH PPAGE-0. Addresses [$BC00-$BFFF] are FLASH PPAGE-0. Addresses [$C000-$FFFF] are FLASH PPAGE-3. Addresses [$28000-$2BFFF] are FLASH PPAGE-2. Addresses [$48000-$4BFFF] are FLASH PPAGE-4. Addresses [$58000-$5BFFF] are FLASH PPAGE-5. Addresses [$68000-$6BFFF] are FLASH PPAGE-6. Addresses [$78000-$7BFFF] are FLASH PPAGE-7. There are some reserved locations in the FLASH memory map. The following are reserved addresses:[$FFAE-FFAF] [$FFB8-$FFBC] and $FFBE. These locations will be ignored during Programand Verify. Erase command will be erase entire FLASH memory map included reserved memory. The lower two bits (Bit1 and Bit0) at address $FFBF are security bits (SEC01:SEC00). They are ignored during Program and Verify and read 1:0 if unsecured during Read and Compare. To secure the device use SECURE command. The EPGMOD(bit 5) at address $FFBF is EEPROM mapping mode option. This bit is ignored during program and Verify. EPGMOD bit can be programmed under Secure option. During Erase factory programmed trim value at addresses [$FFAE-$FFAF] will be saved first and restored at the end. Erase will fail if the device is secured. If the device fails erase the Factory Trim value might be corrupted. The part cannot be used unless re-trimmed. ‘